CN201782074U

CN201782074U - Powerful radiation-proof fabric

Info

Publication number: CN201782074U
Application number: CN201020279238XU
Authority: CN
Inventors: 钟红霞
Original assignee: 钟红霞
Current assignee: Hunan Huachang Textile Group Co., Ltd.
Priority date: 2010-07-29
Filing date: 2010-07-29
Publication date: 2011-04-06
Anticipated expiration: 2020-07-29

Abstract

The utility model provides powerful radiation-proof fabric, which comprises a radiation-proof layer. The radiation-proof layer is made of electro-conductive fibers and metal wires, which are mixedly weaved in a warp-weft weaving manner; and one of the metal wires is arranged on the radiation-proof layer at intervals of several electro-conductive fibers in both vertical and horizontal directions. The fabric has favorable comfort lever and high-efficiency shielding action against electromagnetic radiation.

Description

Powerful radiation-proof fabric

Technical field

The utility model relates to a kind of garment material, particularly, is a kind of powerful radiation-proof fabric.

Background technology

Nowadays, because the develop rapidly of electronic technology, electromagnetic radiation is ubiquitous, and the people then can produce a series of bad reactions if be among the electromagnetic radiation for a long time, particularly the pregnant woman waits special population, be subjected to may cause after the long-term electromagnetic radiation dizziness, feel sick, phenomenon such as endocrinopathy, be unfavorable for development of fetus, therefore, if can take measures, should avoid electromagnetic radiation as far as possible.

Given this, some radiation proof clothes are sold in market at present, they adopt radiation-proof fabric to make, and the material of lining is generally conductive fiber, it is a little than conventional metals conductor softness, but its conductive capability compare with metal, greatly differ from each other, therefore, this kind lining is not strong in fact to the shielding action of electromagnetic radiation.In the patented technology that other has been announced, the lining clothing that perhaps adopts wire and general fibre shuffling to form, the lining clothing that perhaps adopts wire sheathing and general fibre layer to fit and form, yet, in these linings, play the wire that has only of actual shielding action, because the wire quality is harder, therefore if cross thickly braiding, then clothes is too hard, just as the armor, having no comfort level can say, if braiding is too sparse, then mesh is too big, a little less than shielding electromagnetic waves effect relatively, electromagnetic radiation shielding well.In a word, existing radiation-proof fabric still is weak to the shielding action of electromagnetic radiation.

Summary of the invention

At the problems referred to above, the purpose of this utility model is to provide a kind of powerful radiation-proof fabric, and this kind lining had both had good comfort level, and electromagnetic radiation is had shielding action efficiently.

The technical scheme that its technical problem that solves the utility model adopts is: this brute force radiation-proof fabric comprises radiation protective layer, this radiation protective layer is formed by conductive fiber and wire shuffling, and its shuffling form is the longitude and latitude braiding, on the vertical and horizontal of described radiation protective layer, all one one metal wire is set every several conductive fibers.

As preferably, described wire is an aluminium, because it has less density, admittedly can limit the weight of whole fabric.

As preferably, on the vertical and horizontal of described radiation protective layer, all, a described wire is set every three to five described conductive fibers.

As preferably, described powerful radiation-proof fabric comprises the common precoat that one deck is formed by the general fibre braiding, and this precoat is fitted in described radiation protective layer surface, and both are stitched together.

The beneficial effects of the utility model are: this brute force radiation-proof fabric has adopted the establishment that interweaves of wire and conductive fiber, be equivalent between the wire netting of sparse braiding, fill secondary radiation proof material, it is conductive fiber, thereby both obtained the lining comfort level, obtained radiation proof function efficiently again, and behind the lining of radiation protective layer one latasuture system general fibre braiding,, further improved the comfortableness of clothes inside with the common lining of this layer as clothes.

Description of drawings

Fig. 1 is the radiation protective layer braiding schematic diagram among embodiment of this powerful radiation-proof fabric.

Fig. 2 is the tangent plane schematic diagram of this powerful another embodiment of radiation-proof fabric.

Among the figure: 1, conductive fiber; 2, wire; 3, radiation protective layer; 4, common precoat.

The specific embodiment

Below in conjunction with drawings and Examples the utility model is further specified:

As depicted in figs. 1 and 2, this brute force radiation-proof fabric comprises radiation protective layer 3, this radiation protective layer 3 is formed by conductive fiber 1 and wire 2 shufflings, and its shuffling form is the longitude and latitude braiding, on the vertical and horizontal of described radiation protective layer 3, all an one metal wire 2 is set every several described conductive fibers 1.

Above-mentioned powerful radiation-proof fabric, described wire 2 is an aluminium, because it has less density, admittedly can limit the weight of whole fabric.

Above-mentioned powerful radiation-proof fabric on the vertical and horizontal of described radiation protective layer 3, all is provided with an one metal wire 2 every three to five described conductive fibers 1.

Described powerful radiation-proof fabric comprises the common precoat 4 that one deck is formed by the general fibre braiding, this precoat is fitted in described radiation protective layer 3 surfaces, both are stitched together, both can sew up as follows: after both are fitted, directly adopt sewing machine vertically to make several roads and penetrate both sewing threads at its integral surface, the equal distance of being separated by between the per pass sewing thread can be made horizontal sewing thread with the pattern of vertical sewing thread then again between 5cm-10cm.

The included radiation protective layer of this brute force radiation-proof fabric all adopts the establishment that interweaves of wire 2 and conductive fiber 1, be equivalent between the wire netting of sparse braiding, fill secondary radiation proof material, it is conductive fiber 1, thereby both obtained the lining comfort level, obtained radiation proof function efficiently again, behind the lining of radiation protective layer 3 one latasuture system general fibres braiding,, further improved the comfortableness of clothes inside with the common precoat 4 of this layer as clothes.

Above-mentioned powerful radiation-proof fabric, as be made into the cowboy suit style, then not only pattern is appropriate, and cowboy's dress ornament of making than common denim fabric is wear-resisting a lot, and it has efficient radiation proof function concurrently, so its quality is splendid.

Claims

1. powerful radiation-proof fabric, comprise radiation protective layer (3), it is characterized in that: this radiation protective layer (3) is formed by conductive fiber (1) and wire (2) shuffling, and its shuffling form is the longitude and latitude braiding, on the vertical and horizontal of described radiation protective layer (3), all an one metal wire (2) is set every several conductive fibers (1).

2. powerful radiation-proof fabric according to claim 1 is characterized in that: described wire (2) is an aluminium.

3. powerful radiation-proof fabric according to claim 1 is characterized in that: on the vertical and horizontal of described radiation protective layer (3), all every three to five described conductive fibers (1), an one metal wire (2) is set.

4. powerful radiation-proof fabric according to claim 1 is characterized in that: comprise the common precoat (4) that one deck is formed by the general fibre braiding, this precoat is fitted in described radiation protective layer (3) surface, and both are stitched together.